Beefbisquit
Well-Known Member
Been doing a lot of journal hunting, and these 2 brands of lights seem to be doing some very unique things.
At the $300-400 price range;
Haight Solid State PPF-400 (90 watt claimed draw)
Evo70 V3 (60 watt actual draw)
Haight I'm up in the air about, there was a 2009 Haight model put up against a HGL 126x1watt and the HGL walked all over it.... more than double the yield.
I understand that was 2009, and the LED's have become more efficient, new spectrum's have been introduced, and higher wattage LED's are being used.
Does anyone have links to a newer journal that comapres Haight SS, to any other "industry leaders"?
I have yet to see EVO LED's in action, other than a few shots on their webpage. I guess what I'm really wondering is if these "luxury" LED's companies that are taking a different approach are really worth the money? I'm getting mixed results from different parts of the web!
If 90 watts (or 69 watts) is actually on par with the 200-300 watts from HGL, or Advanced, or Pro-Grow etc, it'd be worth it to save the extra power. I love the fact that some companies, like these, are using really high powered LED's like CREE XP-E's.... (not sure what Haight uses, but they're all 6 watts)
I love the design of these LED's too, they're small, light-weight, and just look friggin' awesome. I'm so torn about whether or not it's worth it to buy one of these...
So many LED growers splooge over the equation g's/watt;
I'd like to see a comparison contrasting;
Grams/watt vs. grams/$ spent
Only then can we really see if the efficiency of certain LED's outweighs their high cost, or if the lower efficiency, cheaper LED boards initial cost savings outweigh the cost savings on power usage.
If it does turn out that having the higher efficiency LED's like Haight and EVO produce more yield for the same wattage, how many extra grams would the Haight and EVO have to pull over how many extra grows to actually see the initial cost of the startup equaled out?
I'll explain a bit better, if I can;
Haight 300 watt LED: $749.00
Blackstar 500 (300 watt LED): $539.99
_________________________________
Difference of; $209.01
Let's assume, just for the sake of this example, the Haight produced more yield. How many grows before the initial cost of the Haight is made back up? If there is no difference in yield, it's pointless to even bother with the Haight to begin with.
Now, there's also the idea that less wattage from Haight and EVO is equivalent to more wattage from other companies using less efficient, cheaper LED's.
So, if we looked at it like this;
Haight 180 watt LED: $549.00
Blackstar 500 (300 watt): $539.99
________________________________
Distance of: $9.01
If the yield was the same on these 2 lights, there's no question. Same price, same yield, less draw from the Haight SS LED will save you money almost immediately on your power bill.
If you can get 3g/Watt from your lights but paid $20/watt if doesn't matter how efficient they are, you're getting hosed! As an LED community, we need to figure out how we can get the most grams/watt while spending the least $/watt.
A lot is being assumed in this post, for argument sake and for the benefit of trying to figure out some common ground between radically different LED lighting systems.
Input is always welcome, this thread is not intended to promote of denounce any LED company. It is only an effort to better understand the differences between the systems on the market, and how companies are progressing the design of LED's.
At the $300-400 price range;
Haight Solid State PPF-400 (90 watt claimed draw)
Evo70 V3 (60 watt actual draw)
Haight I'm up in the air about, there was a 2009 Haight model put up against a HGL 126x1watt and the HGL walked all over it.... more than double the yield.
I understand that was 2009, and the LED's have become more efficient, new spectrum's have been introduced, and higher wattage LED's are being used.
Does anyone have links to a newer journal that comapres Haight SS, to any other "industry leaders"?
I have yet to see EVO LED's in action, other than a few shots on their webpage. I guess what I'm really wondering is if these "luxury" LED's companies that are taking a different approach are really worth the money? I'm getting mixed results from different parts of the web!
If 90 watts (or 69 watts) is actually on par with the 200-300 watts from HGL, or Advanced, or Pro-Grow etc, it'd be worth it to save the extra power. I love the fact that some companies, like these, are using really high powered LED's like CREE XP-E's.... (not sure what Haight uses, but they're all 6 watts)
I love the design of these LED's too, they're small, light-weight, and just look friggin' awesome. I'm so torn about whether or not it's worth it to buy one of these...
So many LED growers splooge over the equation g's/watt;
I'd like to see a comparison contrasting;
Grams/watt vs. grams/$ spent
Only then can we really see if the efficiency of certain LED's outweighs their high cost, or if the lower efficiency, cheaper LED boards initial cost savings outweigh the cost savings on power usage.
If it does turn out that having the higher efficiency LED's like Haight and EVO produce more yield for the same wattage, how many extra grams would the Haight and EVO have to pull over how many extra grows to actually see the initial cost of the startup equaled out?
I'll explain a bit better, if I can;
Haight 300 watt LED: $749.00
Blackstar 500 (300 watt LED): $539.99
_________________________________
Difference of; $209.01
Let's assume, just for the sake of this example, the Haight produced more yield. How many grows before the initial cost of the Haight is made back up? If there is no difference in yield, it's pointless to even bother with the Haight to begin with.
Now, there's also the idea that less wattage from Haight and EVO is equivalent to more wattage from other companies using less efficient, cheaper LED's.
So, if we looked at it like this;
Haight 180 watt LED: $549.00
Blackstar 500 (300 watt): $539.99
________________________________
Distance of: $9.01
If the yield was the same on these 2 lights, there's no question. Same price, same yield, less draw from the Haight SS LED will save you money almost immediately on your power bill.
If you can get 3g/Watt from your lights but paid $20/watt if doesn't matter how efficient they are, you're getting hosed! As an LED community, we need to figure out how we can get the most grams/watt while spending the least $/watt.
A lot is being assumed in this post, for argument sake and for the benefit of trying to figure out some common ground between radically different LED lighting systems.
Input is always welcome, this thread is not intended to promote of denounce any LED company. It is only an effort to better understand the differences between the systems on the market, and how companies are progressing the design of LED's.